bounding_sphere

Computes the sphere that encloses the axis-aligned bounding box
(AABB) of the given vertices, using the same convention as rgl's
<code>Sphere(AABB)</code> auto-framing (see rgl src/geom.cpp) and scimesh's
<code>camera_auto(rgl_compat=TRUE)</code>: the center is the AABB center and the
radius is half the length of the AABB diagonal.

internal

Provides high-level access to neuroimaging data from standard software packages like 'FreeSurfer' <https://freesurfer.net/> on the level of subjects and groups. Load morphometry data, surfaces and brain parcellations based on atlases. Mask data using labels, load data for specific atlas regions only, and visualize data and statistical results directly in 'R'.

Tim Schc3<a4>fer

fsbrain

Managing and Visualizing Brain Surface Data

Tim Schäfer

The General Hospital Corporation (Boston, MA) 

Van Essen Lab 

Alexander Schaefer

Ru Kong

Lingzhong Fan

Edmund T. Rolls

Matthew F. Glasser

Kathryn Mills

bounding_sphere function

<dl><dt>vertices</dt>
<dd>an Nx3 numeric matrix of vertex coordinates, or a
<code>mesh3d</code>/<code>tmesh3d</code> object, or an <code>fs.surface</code>, or a list of
any of these (all vertices are pooled).</dd></dl>

Arguments

Compute the bounding sphere of a set of 3D vertices. — bounding_sphere

<dl>

<dt>vertices</dt>
<dd>an Nx3 numeric matrix of vertex coordinates, or a
<code>mesh3d</code>/<code>tmesh3d</code> object, or an <code>fs.surface</code>, or a list of
any of these (all vertices are pooled).</dd>

</dl>

Compute the bounding sphere of a set of 3D vertices.

bounding_sphere: Compute the bounding sphere of a set of 3D vertices.

Description

Usage

Value

Arguments